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) results in a gelatinous, sky-blue suspension of copper hydroxide and calcium sulfate.

Pulverized copper sulfate and hydrated lime are added directly to a filling spray tank while the agitator is running to ensure even mixing.

Two primary methods are used for small-scale and commercial applications:

The final solution must be neutral or slightly alkaline (

The mixture is traditionally prepared by dissolving copper sulfate in water and adding a suspension of lime. Mixing copper sulfate ( ) and lime (

); acidic mixtures are phytotoxic and can burn plant foliage.

A common formulation is the 4-4-50 mixture, meaning 4 lbs of copper sulfate and 4 lbs of lime in 50 gallons of water.

Separate concentrated solutions of copper sulfate and lime are prepared in non-metallic containers. These are then diluted and combined in a spray tank.

Bordeaux Mixture Access

) results in a gelatinous, sky-blue suspension of copper hydroxide and calcium sulfate.

Pulverized copper sulfate and hydrated lime are added directly to a filling spray tank while the agitator is running to ensure even mixing.

Two primary methods are used for small-scale and commercial applications: bordeaux mixture

The final solution must be neutral or slightly alkaline (

The mixture is traditionally prepared by dissolving copper sulfate in water and adding a suspension of lime. Mixing copper sulfate ( ) and lime ( ) results in a gelatinous, sky-blue suspension of

); acidic mixtures are phytotoxic and can burn plant foliage.

A common formulation is the 4-4-50 mixture, meaning 4 lbs of copper sulfate and 4 lbs of lime in 50 gallons of water. Mixing copper sulfate ( ) and lime (

Separate concentrated solutions of copper sulfate and lime are prepared in non-metallic containers. These are then diluted and combined in a spray tank.

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